Series Parallel Concepts

If the total impedance has a positive angle associated with it, the network is inductive resulting in the applied voltage leading the current of the network.

• TRUE

• FALSE

If the total impedance has a negative angle associated with it, the network is capacitive resulting in the current leading the applied voltage of the network.

• TRUE

• FALSE

If current follows voltage the circuit power factor (Fp) is lagging.

• TRUE

• FALSE

If voltage follows current the circuit power factor (Fp) is leading.

• TRUE

• FALSE

Admittance is the reciprocal of impedance.

• TRUE

• FALSE

The higher the resistance, the higher the conductance.

• TRUE

• FALSE

The susceptance of a given capacitor decreases as frequency increases.

• TRUE

• FALSE

For any configuration (series, parallel, series-parallel, and so on), the angel associated with the total impedance is the angle by which the applied voltage leads the source current.

• TRUE

• FALSE

For any configuration (series, parallel, series-parallel, and so on), the angel associated with the total admittance is the angle by which the applied voltage leads the source current.

• TRUE

• FALSE

The basic format for the current divider for ac is the same as that for dc circuits.

• TRUE

• FALSE